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1.
Natural Killer (NK) cells support pro-inflammation and contribute significantly to the deterioration of cardiac function following Acute Myocardial Infarction (AMI). MedStar authors:
  • Epstein, Stephen E
  • Lipinski, Michael J
  • Luger, Dror
Year: 2017
Citation:
  • Unpublished 2017/10/03
Form of publication:
  • Poster Presentation
All authors:
  • Epstein SE
  • Lipinski MJ
  • Luger D
Local accession number:
  • A2017_013
2.
Bone marrow-derived mesenchymal stem cells, grown in hypoxic conditions and injected intravenously, acutely engraft into ischemic murine myocardium, with later additional engraftment via redistribution from reservoir tissues MedStar authors:
  • Epstein, Stephen E
  • Lipinski, Michael J
  • Luger, D
  • Sun, Wei
Year: 2015
Citation:
  • Unpublished 2015 Mar 9
Department:
  • MedStar Heart and Vascular Institute
Form of publication:
  • Poster Presentation
All authors:
  • Luger D, Sun W, Lipinski M, Epstein SU3 -
Local accession number:
  • 2015_47
3.
Treatment with human mesenchymal stem cells (hMSCs), grown under hypoxic conditions, changes the immunological responses following acute myocardial infarction (AMI) MedStar authors:
  • Epstein, Stephen E
  • Lipinski, Michael
  • Luger, Dror
  • Westman, Peter
Year: 2016
Citation:
  • Unpublished 2016/03/14
Form of publication:
  • Poster Presentation
All authors:
  • Luger D, Lipinski MJ, Westman P, Epstein SE
Local accession number:
  • 2016_37
4.
Liposomal NLRP3 inflammasome inhibitor suppresses in vitro and in vivo Interleukin-1 production MedStar authors:
  • Epstein, Stephen E
  • Lipinski, Michael
  • Luger, Dror
  • Waksman, Ron
  • Westman, Peter
Year: 2016
Citation:
  • Unpublished 2016/03/14
Form of publication:
  • Poster Presentation
All authors:
  • Lipinski MJ, Toldo S, Frias JC, Albelda T, Westman PC, Luger D, Waksman R, Abbate A, Epstein SE
Local accession number:
  • 2016_39
5.
Mesenchymal stem cells exposed to chronic hypoxia preferentially home to regions of myocardial injury following intravenous injection MedStar authors:
  • Epstein, Stephen E
  • Hellinga, D
  • Lipinski, Michael J
  • Luger, D
  • Sun, Wei
  • Waksman, Ron
Year: 2015
Citation:
  • Unpublished 2015 Mar 9
Department:
  • MedStar Heart and Vascular Institute
Form of publication:
  • Poster Presentation
All authors:
  • Lipinski M, Sun W, Dimastromatteo J, Luger D, Hellinga D, Sikora S, Waksman R, Glover D, Epstein SU3 -
Local accession number:
  • 2015_48
6.
Topical application of mesenchyme stem-cell derived conditioned media prevents burn progression. MedStar authors:
  • Carney, Bonnie C
  • Chen, Jason H
  • Epstein, Stephen E
  • Moffatt, Lauren T
  • Shupp, Jeffrey W
  • Vigiola Cruz, Mariana
Year: 2017
Citation:
  • Unpublished 2017/04/05/
Department:
  • Surgery/Burn Services
Form of publication:
  • Poster Presentation
All authors:
  • Carney BC
  • Chen JH
  • Epstein SE
  • Kudinov Y
  • Moffatt LT
  • Shupp JW
  • Sikora S
  • Vigiola Cruz M
Local accession number:
  • A2017_614
7.
Topical application of mesenchymal stem cell-derived conditioned media accelerates burn-related wound healing. MedStar authors:
  • Carney, Bonnie C
  • Chen, Jason H
  • Epstein, Stephen E
  • Moffatt, Lauren T
  • Shupp, Jeffrey W
  • Vigiola Cruz, Mariana
Year: 2017
Citation:
  • Unpublished 2017/08/27
Department:
  • Surgery/Burn Services
Form of publication:
  • Poster Presentation
All authors:
  • Carney BC
  • Chen JH
  • Epstein SE
  • Kudinov Y
  • Moffatt LT
  • Shupp JW
  • Sikora S
  • Vigiola Cruz M
Local accession number:
  • A2017_624
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